SF Cable Blog - Get Expert Tips & Advice on Cables & AccessoriesIn our blog, we educate customers on the various types of cables, components and accesscories for computer, laptops and mobiles. Find More Blog
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SF Cable Blog - Get Expert Tips & Advice on Cables & AccessoriesIn our blog, we educate customers on the various types of cables, components and accesscories for computer, laptops and mobiles. Find More Blog
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Fiber Optic Jumpers, also known as Fiber Patch Cords are the cables that connect network hardware or end devices to your cabling system. These cables terminate with MTRJ, LC, SC, or ST connectors at each end. The jumpers come in simplex and duplex types and can be selected depending on your network requirements. Here are some insights on Fiber Optic Jumpers and considerations you should make before buying them.
Simplex vs Duplex Jumpers
If you see Simplex Cables, you will notice a strand of glass enclosed in plastic. These cables are used when you need to do data transmission in one direction. When you need to establish connections within buildings or huge cable TV networks, they are a right choice.
Duplex cables, on the other hand, have two strands of fiber in a single cable. These are used for bidirectional transmission, between your device and cable. When one cable transmits signal, the other one receives it. You will observe Duplex cables being used at large workstations, servers, switches, and on networking hardware.
These cables are available in uniboot or zip cord construction. In uniboot, two fibers meet as a single connector at either of the ends which makes it difficult to maintain and expensive as compared to zipcord cables. Whereas in zipcord, the two fiber strands are fused but are easy to separate when you dig out receiver strand or transmission.
How to Choose Your Patch Cord?
Simplex fiber carries a single ray of light at once. The best part about it is you can completely rely on it for its potential to carry out long distance transmissions. As it doesn’t require a lot of material, it costs lesser than a duplex cable. Simplex Fiber Cords are used a lot for modern communications due to its excellent capacity which enables high transmission speed with more bandwidth.
Duplex Jumpers are good at keeping your data tidy and organized. As they ask for less number cables, it becomes easy to maintain them. Whether you should go for Simplex or Duplex jumpers depends on how complex your network is and what purposes does it fulfill.
Considerations to make while using Fiber Optic Jumpers
Before you start using Fiber Optic Jumpers, you should ensure that the wire light wavelength of transceiver module at the end of fiber optic jumper is identical. Which means the ends of optical fiber should match with the wavelength of light module. The best way to differentiate between the two is through colours of the optic module.
A short wave optical module has a multimode optical fiber which is orange in colour. Long wave module makes use of single mode optical fiber which is yellow in colour.
Protecting your Fiber Jumpers
It is okay to confirm the accuracy of data transmission. But do not bend the optical fiber jumpers too much as it might increase the light attenuation during the transmission process. You must guard the connector by using a protective material which will protect it from dust and pollution that cause damage to the coupling of optical fiber.
The fiber jumpers should be in accordance with ANSI/TIA/EIA and ISO/IEC as aspects like coupling stress, optical fiber tensile force, cable tension stress, vibration, moisture, durability, temperature variations are considered while making them.
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In today’s world of Internet of Things and Industrial Automation, the utility of Ethernet Cables has become inevitable. According to the concept of Internet of Things, even the everyday objects have network connectivity, which enables them to send and receive data. But in order to make the data exchange smooth, it is important to install Ethernet Cables properly.
By doing so, you will be able to decrease the downtime and enable the exchange of data between your data systems and network devices like modems, routers, adapters and other objects that ask for a connection. If you are installing Ethernet Network Cables, you need to keep certain things in mind.
How to plan for Ethernet Cable Installation?
Once you have decided the place where all your cables will terminate, you can plan your Ethernet cable installation. You must remember that the location for your cables should be big enough to accommodate your ongoing project. Also consider the future data network expansion plans in your plant.
In case your cable is going to be exposed to extreme environmental conditions, select a cable which is flexible and resistant to UV light, oil, chemicals, cutting, abrasion, oil etc. Thereafter, you need to take the following steps:
Choosing an Ethernet Cable
Before choosing networking cables for yourself, you need to know the features of each Ethernet cable. Details of each of these cables are given below.
CAT5E: CAT 5E cables can replace CAT5 and CAT3 and support up to 100Mbps at 100MHz. It also curbs cross talk and offers good speed.
CAT6: CAT 6 cables are backward compatible with the previous version of CAT cables, can be run in long lengths, have bigger gauge wires and support up to 10 Gb/s at 250 MHz bandwidth. CAT6 cables are also longer lasting. CAT 6A cables on the other hand enhances the capacity of CAT6 as it can perform up to 500Mhz and can cover distances up to 100 meters.
CAT 7A: This type of Ethernet Cable is a good alternative to fiber optic cabling. It supports 10 Gigabit Ethernet and frequencies of up to 1000Mhz.
Things To Keep in Mind
While you are installing Ethernet Cables, Keep the following things in mind:
1. Cross Power the Cable at 90 degrees: In case you have to cross the data network cabling, keep it at a 90º degrees and you can avoid interference.
2. Don’t pack them together: If the cables are kinked, they can affect the network and compromise with the quality of cables. So try not to create a snake pit out of it.
3. Go for different colours: Choose different colours for different cables so that there is no confusions and your data lines can remain organized.
4. Keep the cables away from risky places: In case if you are running the cable through ceiling or wall, ensure that it doesn’t come in contact with the ceiling tiles. Also, don’t run it over water pipes and electrical conduit as it is dangerous and might cause accidents.
5. Make use of an efficient wire management system: It is important to organize patch cabling between the racks. To organize efficiently, you can use wire bundling device or cable ties or Velcro.
Keep the above mentioned points in mind and start installing your Ethernet cables at the earliest.
Whenever you want to supply electricity to different types of networking, computing devices and AV without an adapter, Power Over Ethernet (PoE) technology works the best. Also, it lessens the number of building materials needed to connect and power a device through a single cable which takes care of both the services.
As the powered devices of today are no longer restricted to security cameras and VoIP phones such devices utilize Power over Ethernet connections. These devices also need high power levels. A new Power Over Ethernet (PoE) standard called – IEEE 802.3bt, supports up to 100W of power per cable.
Sometimes, if high power is running through a cable, it can cause performance issues by making the cable hot leading to high insertion loss. In order to curb this phenomenon from affecting productivity, Ethernet cables like CAT5 cables and CAT6 cables are used. But the best cables to use during such times are CAT 6A cables. Here’s why:
1. They cause less power loss
If you use 24-gauge CAT5E cables, you might lose nearly one-fifth of the total power. Now this is a lot of power loss. Doing the math, you will notice that it will cost you around $7/year. Count this per year for every PoE device used across your facility including all surveillance cameras and wireless access points. Hence, if you don’t want high operation costs, go for 23 gauge CAT 6A cable which has the potential to maximize the power running through itself and boost the energy efficiency. It will ensure that the power which is transferred through the cable is utilized at its best by decreasing the operation costs.
2. They have large gauge diameter
CAT 6A cables offer a large gauge diameter that lowers the resistance and controls power waste. This is because the tendency of temperature to increase is much low as compared to small gauge CAT 5E and Category 6 cables. Using 6A cables, you can get larger bundle sizes, higher ambient temperatures and flexibility. Try to compare a 23-gauge cabling with a 24-gauge one and you will see a huge difference in how the power is handled. Nearly 20% power through the cable gets “lost” in a 24-gauge CAT 5E cable which leads to inefficiency.
3. They can handle heat emitted from tightly packed cables
Usually if your cables are compactly packed in pathways, the heat will definitely increase as it cannot dissipate away from the cable. Most of CAT6 A cables have an insertion loss margin which is capable to handle the heat generated from tightly packed cables without affecting the performance of device. However, this is not applicable to all types of Category 6A cables.
Although most of these cables offer a 100 m solution, some of them also might have an 85 m solution if temperature rise is too much. So make sure that you go for a cable that helps you maintain its full 100 m performance.Now that you have known the importance of CAT6A cables and its advantages for Power Over Ethernet, you can make the right choice!
SF Cable, one of the most popular firms based in California, is offering a lot of shopping convenience to its members and account holders through a faster checkout facility. This comes as a delight for several customers all over USA. In today’s world where technology is so vital, people end up buying electronic products every now and then. Customers can have now an account with SF cable and make the most out of this facility.
“It is our pleasure to provide our loyal customers and account holders with faster checkout facility for the products they buy online. Not only that, they will also be able to view and track their orders to get an idea about the time of delivery.” said Jennifer Truong, the owner of SF Cable. She further added that “We, at SF cable use the safest and the most advanced form of SSL software with 128 bit extended validation. This keeps the personal information and transactions of customers protected at all times. So no more transaction woes!” Once customers create an account with SF cable, they can also store multiple shipping addresses and get their products delivered wherever they want.
SF cable has been in the connectivity product business for over a decade and maintains a huge amount of product inventory in order to cope with the customer demands. Usually, the company tries to provide delivery on the same day. It also gives a tracking id through which the regulars can know their product whereabouts. The best part about the company is that it guarantees absolute satisfaction along with a lifetime technical support. Also, there is a 60 days money back guarantee on cables and non-electronic products.
The company has gained a lot of popularity amongst its clientele as it has a huge inventory of more than 8000 SKUs of components, cables and accessories including network cables, computer adapters and connectors, HDMI cables and adapters, networking cables, PC cables, power cords, etc. Such varieties and choices are rarely available with other online stores. Moreover, all of these products can be obtained lesser prices than retail as the company sources its products directly from manufacturers without involvement of any middle men.
If you want premium and environmentally friendly products at cost-effective prices delivered at the right time, buying from SF cable would be a good option. SF Cable offers heavy discounts for government bodies, schools and corporate. If you belong to any of such organizations, you can read about these schemes in detail by logging on to the official website and obtain a account. Know more about the products and services offered by SF Cable here!
If you are an avid buyer of electronic products, you must know about HDMI cables. HDMI is an abbreviated form of High Definition Multimedia Interface. It is a single cable that helps to transmit high definition video and audio. There are several myths and misconceptions surrounding these cables. Here’s an insight to these myths along with the explanations and clarifications to each one of them.
1. There are hundred types of HDMI Cables
This one is a huge myth. You will find several electronic shops that try to sell you an array of HDMI Cables. But in reality, there are only four major types of HDMI cables.
Standard speed has 1080i resolution whereas high speed is rated to 1080p and higher. The Ethernet feature is an extra one and is needed only if your equipment needs Ethernet-over-HDMI compatibility.
2. You should consider ratings like 15.8 GB/S and Made for 240Hz
Sometimes, you will be forced to buy an expensive cable under the pretext that it will easily be able to cope with your HDTV speed. However, you must know that such things stand of least importance. Equipment like DVD players have a maximum resolution of around 1080p/60. Most new television has the capability of converting any signal and matching it with the Hz to provide you with clear picture quality. So if your equipment isn’t specifically related to the higher specs (which is rarely the case), do not to pay much heed to the cable mentioning the above specifications.
3. Picture Quality will Depend on the Signal
This is a huge misconception. HDMI is different as compared to the old video/audio analogs. Either you get complete signal or no signal at all. With the previous cables, weak signal affected the picture quality. But with HDMI if that is the case, you will not be able to see anything at all. So beware of the cables that claim to provide you with a better picture quality and end up coaxing you to spend a lot of money.
4. Expensive HDMI Cables are of good quality
Last but not the least; it is one of the most misleading myth that expensive HDMI Cables are of good quality. Remember that by paying extra bucks on HDMI cables, you may be able to buy good looking physical features, a fancy brand or fine packaging but the working of any HDMI cable remains the same. If you want to buy an expensive cable anyway, go for it but remember that it will provide the same audio and video quality as any other HDMI cable. All you need to do is choose a cable that goes with your system and test it after you plug in. This way you will save money and get better picture quality.
Above mentioned are some of the most commonly known myths about HDMI Cables. So before you make your purchase, go think it through and then make a decision.
If you look at computer hardware and accessories keenly and try to identify them, you will find yourself overwhelmed by product descriptions, features and their abbreviations. Sometimes the product descriptions are abbreviated and users are expected to research and understand things about them on their own. And it gets even tougher if you are asked to set up the system.
As there are plenty of computer cables available in the market today and a lot is written about them, it is difficult to find a common resource which brings forth the common differences between them. Here’s a small guide to all the computer cables and their features.
1. VGA- Video Graphics Array
VGA cables were designed in the 1980s and they were standard cables which were used to connect computer to the monitor. These cables have 15 pins that are arranged in 3 rows with 5 pins in each row. Each row corresponds to 3 types of colours including red, green and blue. As people started preferring digital connections over analog ones, its popularity died down over the time. However, if you look at any display accessory or video card, you might come across a VGA Port.
2. DVI- Digital Visual Interface
As technology moved from Analog to digital, people started preferring DVI connections. Also known as Digital Visual Interface, it is a successor to VGA technology. Here’s what DVI can do:
Sometimes, you might also need VGA to DVI and DVI to VGA cable converter.
3. HDMI- High Definition Multimedia Interface Cables
High-definition broadcasts have become the latest standard of superior quality. HDMI is different from VGA and DVI as it can send both video and audio signals at once. But as these signals are digital, HDMI cables are only compatible with new devices. There are four types of HDMI:
4. Ethernet Cables
When it comes to setting up local area networks, Ethernet cables are used. They are usually used for connecting routers to computers and modems. In case you have tried to set up a computer system at home, you might have come across Ethernet cables. There are 3 types of Ethernet cables:
5. USB (Universal Serial Bus) Cables
USBs are ubiquitous in today’s world. It is possible to connect all types of peripheral devices including mice, keyboards, headsets, flash drives, adapters etc to a computer through a USB port and accompanying USB cables. You can find several versions of USBs in the market. These include:
Above mentioned are some of the majorly used computer cables. There are many other cables like SATA (Serial Advanced Technology Attachment), IDE (Integrated Drive Electronics) etc. You can read more about them and their features on the internet.
Often when you go to purchase a power cord for your electronic device; be it online or offline, you have to choose one out of both mechanical and molded power cords. A molded cord (also known as over-molded cord) is designed by using an injection molding process which uses a combination of two or more materials along with plastic to build a single part. The materials become more flexible and robust when they undergo this type of molding process. Also, they enhance the reliability of the product.
A mechanical cord (also known as an assembled one), on the other hand is made out of elements that should be hard wired before putting them to use. This connector is then manually connected to the cord. While making assembled cords, labour intensive procedures are applied. Tools are also used to open the casing as well as other electrical assemblies like wiring.
Utility and purpose of both power cords1. Molded Power Cords
Molded Power Cords are quite flexible. Hence it becomes extremely easy for the customers to personalize or make changes with it. A combination of different colours and customized wires can be used to come up with a personalized power cord. As the molded design is flexible, it works great for plug-and-play accessibility and doesn’t get damaged with frequent usage.
The best part about molded connectors is that they are designed to protect electrical components from environmental turbulences. For eg, A connector having a rating of IP68 can work smoothly even after it is submerged in 6 feet of water for 24 hours. The other part of molded connector remains concealed. So these power cords will work fine even in the worst environmental conditions.
2. Assembled Power Cords
Assembled Cords can come of use in various situations. Also, their utility remains exclusive for certain purposes. You can use Assembled Power Cords when:
Molded Cords remain to be the most popularly used power cords due to the flexibility and customization they offer. They are available at cost effective rates and are used in medical appliances, portable electronics as well as technical applications. In controlled weather conditions and with size limitations, assembled cords might prove to be the right choice. Now that you know the difference between the two, you can choose your power cord according to your needs. Make sure you conduct enough amount of research before purchasing one of these power cords.
Do you have any confusion regarding the usage of Molded and Mechanical Power Cords? Have you had any experience that you are willing to share? Feel free to write to us or get in touch with one of the experts now!
When it comes to travelling or studying abroad, we often tend to overlook the departure guide us about the power converter and adapter to carry. This blog post will be of great help if you have forgotten to look into some major aspects of electricity and you are planning to go for some adapter or converter shopping.
Here’s what you should look into.
Plug shape
There are various types of plug shapes available all over the world. But the 4 most commonly used plugs are:
Amount of Voltage
The normal supply of electricity in the United States is around 110 or 120 volts at 60 Hz frequency. In Europe as well as other parts of the world, it is supplied at 220 volts and 50Hz frequency. Hence, any device between 200 volts and 240 volts might work.
Hertz/Frequency
All the countries use either 50 Hz (Europe/Asia) or 60 Hz (US). Mostly all electrical devices support both these cycles. It’s just that the type of frequency will affect the analog clocks of the devices. Although you cannot do much about the frequency, it will not cause any hindrance for you.
Should you buy an adapter or a converter?
In order to find out if you need a converter, you should look at the back of the device you are going to use internationally. If it falls within the range of 100 ~ 240V and 50/60 Hz, it will work everywhere in the world provided you have the right power plug adapter. Laptops usually come with a dual voltage feature. In case the voltage and power of your device are compatible with the place you are travelling to, you just have to be careful about buying the outlet prong adapter. If it has single voltage, you will need a step-down converter.
While buying a converter, you should keep voltage and wattage in mind; the information to which can also be found on the device. In case it isn’t available, you can multiply the amps and voltage and the answer you get is the amount of wattage. However, you must ensure that your converter the rating of your device is 10% more than that of your device.
If you are going outside US, it is compulsory for you to have an outlet adapter. In fact, you can buy a universal adapter if you have decided to stay in Mainland Europe or UK.
Always remember that most of the electronic products designed these days have a battery charger that is compatible with the voltage range of 100V to 240V and hence it will work almost everywhere without a converter. Beware of carrying along curling irons and hair dryers as they might cause a fire. It is better to buy such equipment from the place where you are planning to stay.
We hope the above tips were useful to you. Stay tuned for more information on converters and adapter.
Keystone jacks are regular size rectangular like modules. They help to attach wires to outlets in a patch panel or a wall plate. You can find a plenty of jacks that are available in the keystone format. These include jacks used for networking and telephone cables, USB and HDMI cables as well as coaxial and RCA cables.
Sometimes too many wires and cables put together create a total mess. If you want to keep the area around you neat, tidy and accident free, Keystone Jacks will come of real help. As they keep the wires short and hidden, cable management becomes much easier. So how do Keystone Jacks bring in convenience and prevent trip hazards? Read ahead to know more.
Recording studios
If you have visited a recording studio, you might be aware about the number of cords and cables that are used. Right from the recording hardware, microphones and amplifiers to instruments, headphones and monitors, everything has to be connected to something. In order to connect equipment with each other, an engineer often has to disconnect something or the other and make adjustments. Moreover, as wires are all over the studio, the tripping incidents are sure to go up.
Having large patch bays can take care of all the problems. All the wires of hardware and other equipment remain neatly arranged at the back of the console. It also brings a lot of convenience as the sound engineer doesn’t have to crawl behind equipment in order to connect the equipment. As there is no mess on the floor, everything looks professional and in place.
Home theatres
Keystone Jacks are a blessing for movie buffs! Especially if the task of arranging wires seems nightmarish. A home theatre has a huge TV, audio components, satellite box and most probably a Blu Ray player. Also there are speakers perched at stands on each corner of the room. Now there are cables connecting these devices to each other. The speaker cables hanging around the walls spoil the look and aesthetics of your home theatre. If there is a neat and systematic rack with different components attached, concealed behind the TV and a keystone plate having a short cable connecting speaker to the walls, your home theatre will look as you intended it to.
Home Office Areas
In a typical home office, you will find a desk having a PC, a television and a telephone. All of these devices have to be connected to the wall. The phone is usually wired to the phone jack and TV to the cable jack on a different wall. The wires from near the desk run in different directions of the room. Now this is sure to create tripping hazards.
To avoid this, a Keystone outlet can be mounted on the wall behind the desk. The cable jack for TV, RJ-45 jack for computer network and RJ-11 jack for the phone; all can be attached on a single wall plate. Needless to say, it lessens the clutter and chaos making the place look elegant and classy.
Cables and wiring if present all over the place can create a lot of problems. You definitely do not want the areas around you to look like a snake pit. So make the most out of Keystone Jack panels and outlets!
When Apple unveiled its latest MacBook Pro, the authorities announced that the device would just use USB Type C port for transferring data and powering it. Since that day, USB Type C has gained popularity and has set an example for other USB cable standards. So what exactly is USB C cable and what makes it better than other USB cables? Let’s check it out: Introduction to USB Type C CableType C is the latest USB connector which is double sided and has 24 pins. As it is a reversible USB, you do not have to fiddle with it in order to decide which side should be plugged in. This was a huge problem with Type-A connector port. Type C looks just a little different from other cables but there is a huge improvement with its standards. What Makes USB Type C a better choice?Although most devices use USB Type A cables, it comes across as quite bulky and large. Moreover, as these USB cables are used for desktops, they cannot be used with sleek and modern devices like cameras, laptops, smart phones and tablets. In order to bridge this gap, USB Micro, Mini and Type B were introduced. However, using such cables is not advisable if you have latest and modernized devices. USB Type-C is fast, high powered and small. Moreover, it works with anything if you have the right kind of adapter. The DrawbacksThere is no doubt about the fact that the utility and popularity of USB Type C cables will go up in the near future. But the cables are still in their budding stage and there are certain dangers and confusions which should be avoided. As USB C refers more to the style of connector it is rather than its internal specifications, the buyers might be in for a surprise when they find out that it isn’t at fast as they thought it would be. USB-C Gen 1 products make use of USB 3.0 technology, having a speed of 5Gbps, whereas USB-C Gen 2 makes use of USB 3.1 technology providing you with a speed of 10Gbps. USB Cables can prove to be overwhelming sometimes because even if they look similar, there are several factors and variables which affect their capabilities. In order to power a device, one has to check out if the cable supports USB Power Delivery. For HDMI, DisplayPort and MHL videos, you might require USB-C cable having Alternative-Mode functionality. The Future of USB Type C cablesAlthough there will be a gradual enforcement of standard features for these cables in the future, you must go through all the details before making a purchase. If the need be, you can also seek advice from the experts of a company selling these devices. There is no denying that USB Type C has a huge potential and it is a simple, straightforward and unifying solution to the connectivity problem. It has proved to be more transformative as compared to other USB Cables. Buy it to believe it!
Fiber Optic cables are the first choice when it comes to making network installations and upgrades. This is because they transmit data really fast. They’re also the most preferred option for enabling good quality internet connection. So what else makes them superior to copper cables? Let’s check out.
1. Thin and robust
As compared to copper cables, fiber cables are much lighter and thinner in weight. Plus, as fiber doesn’t carry electric current, the data transmission doesn’t get affected due to electromagnetic interference. For every fiber optic cable, the pulling specifications are 10 times more than copper cables. Also, storing and handing them is extremely easy due to its small size. Unlike copper cables, they don’t offer fire hazard which makes them safer to use.
2. Better Speed
There is a core in fiber optic cables that carries light in order to transmit data. It enables the cables to carry signals at a speed which is only 31% slower than the speed of light. And that is what makes them faster than CAT5 or CAT6 copper cables. When you use fiber cables, you will observe that there is much lesser signal degradation as compared to copper cables.
3. Remarkable bandwidth
Copper cables have a limited bandwidth as compared to fiber optic cables. This is because they were designed keeping the voice transmission in mind. Fiber offers a standardized performance of up to 10 Gbps and has a greater bandwidth. It can also carry more information with better fidelity as compared to copper wires. However, the fiber speed depends on the type of cable used. Most of the CATV and telephone companies are converting to fiber due to the kind of bandwidth it offers.
4. Greater reliability
Fiber optic cables are immune towards temperature changes, moisture and extreme weather conditions. Its core is made of glass which acts like an insulator letting no electric current flow through it. It also stops any kind of electromagnetic interference and radio frequency interference. So there is no need to worry even if you want to run a fiber optic cable next to industrial equipment. Fiber cables are less vulnerable to temperature changes and can also be submerged inside water.
5. Superior security
With fiber cables, your data is much safer. It is not possible to tap a fiber cable. Even if it is tapped, it is easy to monitor such an activity as the cable leaks light and fails the entire system. Hence, if someone tries to damage the physical security of your fiber system, you will get to know about it in no time. As fiber networks enable you to put all your hardware in a centralized location, you do not need to have wiring closets with equipment all over your building.
6. Covers a longer distance
10 Gbps singlemode fiber cables have the capacity to carry signals up to 25 miles. Copper cables, on the other hand, have a typical 328 foot limitation. The distance covered by a fiber optic cable depends on the type of cable, its wavelength and the type of network it is used for.
If you want better and faster connectivity, it is advisable to choose Fiber Optic cables over copper cables. You can buy these cables online and choose the one that fits the best for your needs.
Power cords are an inevitable part of our life. No matter where we go, we always find them around us. This is because they are used to connect and power different equipment, appliances, gadgets and electrical supply. As we often deal with power cords, we must know how to handle them safely. If an electrician or a professional comes across a power cord hanging loosely in your house, it is quite likely that they will reprimand you about the same.
You must follow certain steps when it comes to handling power cords. Take a look at some of the dos and don’ts we have enlisted for your safety.
Dos
1. You must secure the cords in the right place so that they don’t remain dangling on the walls. This way, you can prevent accidents from happening. Use different equipment to make that possible.
2. It is very important to keep them away from the resources of heat and water. This is because, these two elements can cause damage to the insulation of the cord and it can become a shock hazard for you.
3. Keep the area around power cord spacious as thrusting too many of them in a small area can cause pressure and crumpling which leads to insulation damage.
4. Make sure you keep the power cord away from the crowded areas. By doing so, you can prevent people from tripping and also prevent the cord from overheating and fraying.
5. When you pull out the power cord, do it by holding it from the plug area. Pulling it from the wire part will decrease the life and efficiency of the cord.
6. Power cords when placed outside the house should ideally be placed under a shade. This keeps them prevented from the direct rays of sun or sudden change in weather. Also, make sure you put them in their place after they are used.
Don’ts
1. You must not start using coiled power cords as soon as you unbox them. Make sure you release and unwind them before using as they can cause overheating in a coiled position.
2. Don’t put the cords under rugs or carpets. This is because cords cannot release heat when confined or kept under pressure. Also, people can trip and fall if they do not have idea about them being underneath the carpet.
3. Don’t stack up the plugs as it can lead to overloading of power point resulting into fire.
4. It is not advisable to go for Octopus connections as they can cause fire hazards. So make sure you follow the permitted figure of wattage.
If you spend maximum number of hours around power cords, you must keep this list of dos and don’ts handy with you or attach it to the wall nearest to your workplace. We all know that prevention is better than cure. Hence, by following these dos and don’ts, you will be able to save your family and peers from electrical accidents. Keep safe!
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